def generate(self):
so_far = super().generate()
in_name = self.gensym("in")
out_abs = so_far[0].in_names[0]
sign = self.gensym("sign")
abs = lego_blocks.Abs(numeric_types.fp64(), [in_name], [out_abs, sign])
in_negflip = so_far[-1].out_names[0]
out_name = self.gensym("out")
neg = lego_blocks.NegFlip(numeric_types.fp64(), [in_negflip, sign],
[out_name])
return [abs] + so_far + [neg]
def generate(self):
so_far = super().generate()
in_name = self.gensym("in")
out_abs = so_far[0].in_names[0]
sign = self.gensym("sign")
abs = lego_blocks.Abs(numeric_types.fp64(), [in_name], [out_abs, sign])
return [abs] + so_far
def generate(self):
our_in_type = self.in_node.out_type
so_far = super().generate()
in_name = self.gensym("in")
out_red = self.gensym("out")
k = self.gensym("k")
add = lego_blocks.SimpleAdditive(numeric_types.fp64(), [in_name],
[out_red, k], our_in_type.domain.sup)
in_case = out_red
out_case = so_far[0].in_names[0]
cases = {
0: in_case,
1: "{}-{}".format(our_in_type.domain.sup, in_case),
}
case = lego_blocks.Case(numeric_types.fp64(), [in_case, k], [out_case],
2, cases)
return [add, case] + so_far
def generate(self):
our_in_type = self.in_node.out_type
so_far = super().generate()
in_name = self.gensym("in")
out_red = so_far[0].in_names[0]
k = self.gensym("k")
add = lego_blocks.SimpleAdditive(numeric_types.fp64(), [in_name],
[out_red, k], our_in_type.domain.sup)
return [add] + so_far
def generate(self):
p = super().generate()
in_name = self.gensym("in")
out_name = self.gensym("out")
return [forms.General(numeric_types.fp64(), [in_name], [out_name], p)]
def generate(self):
res = sollya.Result(self.function + "(x)", self.domain, self.monomials,
numeric_types.fp64())
return forms.Polynomial(self.function, self.monomials,
res.coefficients, self.domain)